Table Legends
Table S1: Transcripts significantly differentially abundant in the base, middle and tip of wild type 7day old barley leaves. Cluster indicates the gene cluster in which the transcripts appear according to fig. 3.
Table S2: Transcripts in the base, middle and tip of 7-day wild type, W1-1 and W1-7 barley leaves that exhibit significant changes in abundance dependent on genotype, leaf position or interaction of the two factors.
Table S3: Transcripts associated with cell wall metabolism that exhibit differential abundance in the base, middle and tip of 7-day old wild type barley leaves.
Table S4: Transcripts associated with light signalling and plastid biogenesis that exhibit differential abundance in the base, middle and tip of 7-day old wild type barley leaves. Transcripts are ordered in accordance with data shown in Fig. 5
Table S5: Transcripts significantly differentially abundant in the basal region of wild type, W1-1 and W1-7 barley leaves.
Table S6: Transcripts associated with plastid biogenesis and development significantly differentially abundant in the basal region of wild type, W1-1 and W1-7 barley leaves. Transcripts are ordered in accordance with Fig. 6.
Table S7: Metabolites significantly differentially abundant in the base, middle and tip of 7-day old wild type barley leaves. Relative abundance is described as mean and standard error. P values represent significance and FDR represents the calculated rate of false positive. Unknown compounds identified in the non-polar (NP) or polar (P) fractions of leaf extracts are labelled according to the MS scan number of their peak apex, fatty acids are labelled according the convention Cx:y where x is the number of carbon atoms and y is the number of unsaturated bonds, fatty alcohols are labelled Cx alc where c is the number of carbon atoms, amino acids are labelled according to standard three letter abbreviations.